Motor starter, 3-phase, type MMS-32H with range 5-8A MMS-32H 8A

3-Phase Motor Starter MMS-32H – Reliable Motor Protection

This three-phase motor starter MMS-32H is a key element in protecting induction motors. Designed to operate in installations with a voltage of 690 V, it effectively protects motors from the effects of short circuits, overloads, and phase asymmetry. Its compact dimensions – 45 mm wide, 105 mm high, and 90 mm deep – make it easy to install even in tight spaces.

This starter is part of the MMS-32H series from LS Electric (formerly LG/LS), known for its robustness and reliability. Unlike the MMS-32S series, starters with a rotary drive (like this model) are characterized by greater depth but provide convenient operation. The ability to use it to protect motors powered by a single-phase network with appropriate phase connection is an additional benefit.

• Versatile application: ideal for protecting 3-phase induction motors with a rated current of up to 32A.
• Overload protection: built-in thermal release with adjustable setting range (5-8 A) provides effective protection against overloads, extending the life of the motor.
• Short-circuit protection: fast-acting magnetic release reacts immediately to a short circuit, minimizing the risk of damage to the motor and installation.
• Phase failure sensitivity: phase failure detection function protects the motor from operating in incorrect conditions, preventing overheating and damage.
• Solid construction: complete device in a housing made of high-quality materials guarantees durability and reliable operation in demanding industrial conditions.
• Simple installation and operation: knob as an actuator provides easy and intuitive operation of the starter.

The MMS-32H starter is characterized by a rated continuous current of 8A, an overload release setting range of 5-8A, a rated operating voltage of 690V, and a protection degree of IP20.

The MMS-32H starter is an optimal solution for both professional installers and end-users looking for reliable protection of their motors. It ensures safe operation and minimizes the risk of costly failures.